초록 ▼

A chemical reaction apparatus is disclosed which comprises endless travelling belt(s) disposed to support in place a multiplicity of juxtaposed reaction containers having the axes thereof falling in a plane inclined from the horizontal plane and adapted to travel in a substantially horizontal direct

A chemical reaction apparatus is disclosed which comprises endless travelling belt(s) disposed to support in place a multiplicity of juxtaposed reaction containers having the axes thereof falling in a plane inclined from the horizontal plane and adapted to travel in a substantially horizontal direction perpendicular to the axes of the reaction containers; endless retaining belts disposed adjacent and not contiguously to the aforementioned travelling belts and provided with a multiplicity of teeth projecting up as at fixed regularly spaced intervals slightly greater than the diameters of the reaction containers so as to enable the reaction containers accommodated in the intervening spaces between the teeth to be held in fixed positions in an arrayed pattern; a base adapted to support in place the bottoms of the aforementioned reaction containers rotated about the axes thereof in an inclined state by the aforementioned travelling belts and the aforementioned retaining belts; and a drive mechanism for intermittently driving the aforementioned retaining belts and thereby effecting pitched movement of the aforementioned reaction containers.

대표청구항 ▼

A chemical reaction apparatus comprising: a plurality of cylindrical reaction containers; at least one endless travelling belt constructed and arranged for supporting thereon said plurality of cylindrical reaction containers arranged in parallel; driving means for advancing said at least one travell

A chemical reaction apparatus comprising: a plurality of cylindrical reaction containers; at least one endless travelling belt constructed and arranged for supporting thereon said plurality of cylindrical reaction containers arranged in parallel; driving means for advancing said at least one travelling belt at a constant speed in one horizontal direction; separate endless retaining belts disposed on each side of said at least one travelling belt, said retaining belts being disposed parallel to and not contiguously to said at least one travelling belt, each retaining belt being provided thereon with a multiplicity of teeth projecting up at fixed, spaced intervals slightly greater than the diameter of said reaction containers, and adapted to retain said reaction containers at fixed relative positions, portions of said retaining belt teeth being positioned lower than the surface of the travelling belt; a base on a frame of the apparatus adjacent said at least one endless travelling belt and said endless retaining belts constructed and arranged for supporting bottoms of said reaction containers; drive means for advancing said retaining belts intermittently over fixed intervals of space; and means for maintaining said cylindrical reaction containers on said at least one travelling belt at an angle inclined with respect to a horizontal plane; said base and retaining belts cooperating with one another to maintain the plurality of cylindrical reaction containers in juxtaposed position relative to one another with respective tops of the containers positioned above corresponding container bottoms so that a central axis of each of the containers is on a plane inclined at said angle relative to a horizontal plane; and said travelling belt driving means and said retaining belt drive means cooperating with one another and with said travelling and retaining belts to rotate each container about its respective central axis and allow a required chemical reaction to proceed therein.